Intra Operative (IORT)

IORT, or Intra Operative Radiotherapy, is a revolutionary form of cancer treatment that utilizes radiation during surgery to target and destroy cancerous cells. By delivering a single, high dose of radiation to the tumor directly during surgery, IORT is able to provide more precise and localized treatment of cancerous tissue. This minimally invasive procedure has been credited with providing more effective treatments, reducing recurrence rates, and ultimately improving patient outcomes.

IORT is a form of localized radiation therapy, meaning that radiation is delivered to the affected area only. This is different from external beam radiation therapy (EBRT), which delivers radiation to the entire body. The use of IORT can result in fewer side effects, as the radiation is only delivered to the affected area, and not the healthy tissue surrounding it.

The IORT procedure is typically performed on tumors that are easily accessible during surgery. Common indications for IORT include breast, prostate, rectal, and ovarian cancers. During the procedure, the IORT device is placed directly into the surgical field and a single high dose of radiation is delivered to the tumor. This radiation is designed to destroy any remaining cancer cells, which may have been missed during surgery.

IORT has been shown to provide a number of advantages for cancer patients. The most significant benefit is that it can reduce recurrence rates, by destroying any remaining cancer cells in the affected area. Additionally, IORT is minimally invasive and can be performed in conjunction with surgery, saving patients time and eliminating the need for a separate radiation therapy session. Finally, by delivering radiation directly to the tumor, side effects are minimized, as healthy tissue is not exposed to radiation.

IORT is a revolutionary form of cancer treatment that can provide many benefits to cancer patients. By delivering a single, high dose of radiation directly to the tumor during surgery, IORT can destroy any remaining cancer cells and reduce recurrence rates. Additionally, the minimally invasive nature of the procedure can save patients time and eliminate the need for separate radiation therapy sessions. Finally, by delivering radiation only to the tumor, side effects can be minimized. For these reasons, IORT is quickly becoming the preferred form of cancer treatment for many patients.